martinvicanek wrote:@Father
I added a demo to your schematic that illustrates what I was trying to describe above.

Awesome. I get it now.
That was very nice of you. Thanks.

Hi
I was curious how does the wave table prime band limit and calculate all the harmonics for a given wave form?
Is it one of those band limiting algorithms out there like Bleps or Nyquist–Shannon? Creating those harmonic steps from any waveform is really nice.
Can any of the experts create an ...

Hey guys
I think the 'Last Value Store V1.0.3' module inside both 'free phase run' and 'poly porta' causes the plugin to crash somehow (unexpected times, sometimes memory access error, etc. Using 3.0.5 here).
Can anyone investigate and come up with a fix or alternative stable solution maybe?

Hi. I was wondering how De-zipper prime works? Is it a filter like this thats being processed for each sample?

We use it a lot, but no significant CPU usage, how is that possible? I guess it only works when the input has been changed..

if it crashes only on startup, i would try to delay some triggers which happen when its loading, i think on version 3.05 you need to trigger each bitmap with an afterload or? if so you could trigger them in with delays so taht not all need to be loaded at once.. or similar things, thats the only ...

Hey Nubeat7 It seems the plug-in using the Bitmap version crashes on startup half of the time (FL&Reaper). While testing with the other one causes less crashes. And by removing it from the schematic completely the crash never happens. I'm on 3.0.5 and connecting after loads as needed.
I'm almost ...

Yes that's almost correct. Just a small mistake.
You are right. I make those kind of mistakes all the time.
I finished rewriting the codes and its kind of working. There are few bugs crashing it, which i have to find.
After that I'll check if the outputs from both plug-ins are close enough.
Thanks ...

Ok let me see if i got it right, if that means just rounding to int basically we have to this in read out:
IndexA = RoundToInt[(Base*2048+1)-0.5];
IndexB = IndexA+1;
Modulu = Base - IndexA;
Readout = ArrayFromTransfer[Index a] * (1-Modulu) + ArrayFromTransfer[Index b&#93 ...

That's not quite correct. The sample rate is not involved at all actually.
First stage 0 is executed exactly once.
Then stage 2 is executed 2048 times (or however much you specified on the Analyzer prim).
Oh i get it now. Thanks!
Now about the read out module.
read.jpg
I don't have the original ...

Hey TheOm
Correct me if i'm wrong, stage 2 (Count = Count+add) is being called for each sample, so its a loop like this:
count = init;
for (int i=0; i<Sample_Rate; i++)
output_array&#91;i&#93; = count+add;
At the end the 'Analyser' prime takes 2048 samples from that. So we need to use a ...